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B.Tech. in Electronics and Communication Engineering ( B.Tech.)

Course Duration

8 Semesters
(4 Years)

Eligibility Criteria

Pass in PUC / 10+2 examination with Physics and Mathematics as compulsory subjects along with one of the subjects - Chemistry / Biotechnology / Biology / Computer Science / Electronics / Technical Vocational subjects and obtained at least 45% marks (40% in case of candidate belonging to SC/ST category) in the above subjects taken together, of any Board recognized by the respective State Governments / Central Government / Union Territories or any other qualification recognized as equivalent thereto.

Overview

Electronics and Communication Engineering is an engineering discipline that involves the design, development, manufacture, and deployment of electronic and communication systems. It deals with electronic devices, circuits, communication equipment like transmitter, receiver, integrated circuits (IC), analog and digital transmission and reception of data, voice and video, microprocessors, satellite communication, microwave engineering, antennae, and wave progression. Signal and image processing, communication technologies, embedded systems, and VLSI systems are some of the specialized areas available in electronics for further study.

Electronics began with the invention of the vacuum diode by J.A. Fleming, in 1897; and, after that, a vacuum triode was implemented by Lee De Forest to amplify electrical signals. This led to the introduction of tetrode and pentode tubes that dominated the world until World War II. The transistor era began with the junction transistor invention in 1948 and this invention got a Nobel Prize. The subsequent years witnessed the invention of the integrated circuits (ICs) that drastically changed the electronic circuits’ nature as the entire electronic circuit got integrated on a single chip, which resulted in low: cost, size, and weight of electronic devices. The years 1958 to 1975 marked the introduction of IC with enlarged capabilities of over several thousand components on a single chip such as small-scale integration, medium-large scale, and very-large-scale integration ICs. Digital integrated circuits were yet another robust IC development that changed the overall architecture of computers.

All these radical changes in all these components led to the introduction of the microprocessor in 1969 by Intel. Soon after, the analog integrated circuits were developed that introduced an operational amplifier for analog signal processing. These analog circuits include analog multipliers, ADC and DAC converters, and analog filters.

In this 21st century, every day we are dealing with electronic circuits and devices in some or other forms because gadgets, home appliances, computers, transport systems, cell phones, cameras, TV, etc. all have electronic components and devices. Today’s world of electronics has made deep inroads in several areas, such as healthcare, medical diagnosis, automobiles, industries, electronics projects, etc., and convinced everyone that without electronics, it is really impossible to work. The rapid development that is taking place the world over in new technology areas like IoT, Artificial Intelligence, and Robotics has placed greater demand for electronics and communication engineers in days to come.

The School of Electronics and Communication Engineering at REVA UNIVERSITY offers B.Tech. Electronics and Communication Engineering –an undergraduate programme to create motivated, innovative, creative, and thinking graduates to fill the roles of Electronic and Communication Engineers who can conceptualize, design, analyse, develop and produce electronic and communication systems to meet the modern day requirements.

The B.Tech. in Electronics and Communication Engineering curriculum developed by the faculty at the School of Electronics and Communication Engineering, is outcome-based, and it comprises required theoretical concepts and practical skills in the domain. By undergoing this programme, students develop critical, innovative, creative thinking and problem-solving abilities for a smooth transition from academic to the real-life work environment. In addition, students are trained in interdisciplinary topics and attitudinal skills to enhance their scope. The above-mentioned features of the programme, advanced teaching, and learning resources, and the experience of the faculty members with their strong connections with Electronics and Communications sector make this programme unique.

Course Curriculum

01Calculus and Differential Equations (Course Code: B23AS0101)

02Engineering Chemistry (Course Code: B23AS0104)

03Communication Skills (Course Code: B22AH0103)

04Programming with C (Course Code: B22CI0104)

05Elements of Mechanical Engineering (Course Code: B22ME0103)

06IoT and Applications (Course Code: B22EN0101)

07Innovation & Entrepreneurship (Course Code: B23ME0102)

08Engineering Chemistry Lab (Course Code: B22AS0105)

09Programming with C Lab (Course Code: B22CI0108)

10Engineering Workshop (Course Code: B22ME0104)

01Integral Transforms (Course Code: B23AS0201)

02Engineering Physics (Course Code: B23AS0202)

03Introduction to Accounting (Course Code: B22EN0102)

04Introduction to Data Science (Course Code: B23CS0104)

05Basics of Electrical and Electronics Engineering (Course Code: B22EE0101)

06Elements of Civil Engineering and Engineering Mechanics (Course Code: B22ED0101)

07Computer Aided Engineering Drawing (Course Code: B22ME0101)

08Engineering Physics Lab (Course Code: B23AS0207)

09Data Science Lab (Course Code: B23CS0108)

10Basics of Electrical and Electronics Lab (Course Code: B22EE0102)

11Skill Development Course-1 (Course Code: B22EN0201)

12Tree Plantation in Tropical Region: Benefits and Strategic Planning (Course Code: B22AS0208)

01Linear Algebra and Partial Differential Equations (Course Code: B22AS0305)

02Analog Electronics (Course Code: B22EN0301)

03Digital Electronics (Course Code: B22EN0302)

04Network Analysis and Synthesis (Course Code: B22EN0303)

05Python programming and Applications (Course Code: B22EN0304)

06Analog Electronics lab (Course Code: B22EN0305)

07Digital Electronics lab (Course Code: B22EN0306)

08Course Based Project on Analog and Digital Electronics (Course Code: B22EN0307)

09Universal Human Values (Course Code: B22EE0310)

10Technical Documentation (Course Code: B22EN0308)

11Indian Constitution (Course Code: B22MEM301)

12Skill Development -2 (Course Code: B22EN0308)

01Probability and Random Process (Course Code: B22AS0402)

02Linear Integrated Circuits (Course Code: B22EN0401)

03Analog Communication (Course Code: B22EN0402)

04Electromagnetics and Transmission lines (Course Code: B22EN0403)

05Signals and Systems (Course Code: B22EN0404)

06Professional Elective-1

  • Industrial Electronics (Course Code: B22ENS411)
  • Machine Learning (Course Code: B22ENS412)
  • Computer Organization and Architecture (Course Code: B22ENS413)
  • Electronic Instrumentation (Course Code: B22ENS414)

07Linear Integrated Circuits Lab (Course Code: B22EN0405)

08Analog Communication Lab (Course Code: B22EN0406)

09Course Based project on Linear Integrated Circuits (Course Code: B22EN0407)

10Professional Ethics (Course Code: B22CS0301)

11Entrepreneurship (Course Code: B22CI0309)

12Environmental Science (Course Code: B22 AS0403)

01Digital Communication (Course Code: B20EN0501)

02Signals and Systems (Course Code: B20EN0502)

03Verilog for FPGA Development (Course Code: B20EN0503)

04Professional Elective-1

  • ARM Processors and Applications (Course Code: B20ENS511)
  • Optical Fiber Communication (Course Code: B20ENS512)
  • Theory of Algorithms (Course Code: B20ENS513)

05Professional Elective-2

  • Automotive Electronics (Course Code: B20ENS521)
  • Information Theory and Coding (Course Code: B20ENS522)
  • Database Management Systems (Course Code: B20ENS523)

06Open Elective-1

  • PCB Fabrication (Course Code: B20ECO501)
  • Embedded Systems (Course Code: B20ECO502)

07Digital Communication Lab (Course Code: B20EN0504)

08Verilog for FPGA Development Lab (Course Code: B20EN0505)

09Technical Documentation (Course Code: B20EN0506)

10Research Based Project (Course Code: B20EN0507)

01Control Engineering (Course Code: B20EN0601)

02CMOS VLSI Circuits (Course Code: B20EN0603)

03Computer Architecture and organization (Course Code: B20EN0604)

04Professional Elective-3

  • Power Electronics (Course Code: B20ENS631)
  • Cryptography and Network Security (Course Code: B20ENS632)
  • JAVA Programming (Course Code: B20ENS633)

05Open Elective-2

  • Basics of Communication Systems (Course Code: B20ECO601)
  • Sensors and Instrumentation (Course Code: B20ECO602)

06Digital Signal Processing lab (Course Code: B20EN0605)

07CMOS VLSI Circuits Lab (Course Code: B20EN0606)

08Mini project/Internship (Course Code: B20EN0607)

09Indian Tradition and Culture (Course Code: B20PA0501)

01Microwaves and Antenna (Course Code: B20EN0701)

02CMOS VLSI Circuits (Course Code: B20EN0702)

03Professional Elective-4

  • Analog and Mixed mode VLSI (Course Code: B20ENS741)
  • Wireless and Multimedia Communication (Course Code: B20ENS742)
  • Machine Learning and Applications (Course Code: B20ENS743)
  • Operating Systems (Course Code: B20ENS744)
  • Low power VLSI (Course Code: B20ENS745)

04Professional Elective-5

  • MEMS and Nano Technology (Course Code: B20ENS751)
  • RF Communications and Applications (Course Code: B20ENS752)
  • Web Programming and Applications (Course Code: B20ENS753)
  • Compiler design (Course Code: B20ENS754)
  • Digital Design and Verification (Course Code: B20ENS755)

05Open Elective-3

  • Automotive Electronics (Course Code: B20ECO701)
  • Robotic Systems (Course Code: B20ECO702)

06Microwaves and Antenna Lab (Course Code: B20EN0703)

07CMOS VLSI Circuits Lab (Course Code: B20EN0704)

08Major Project Phase – 1 (Course Code: B20EN0705)

01Open Elective-4

  • Consumer Electronics (Course Code: B20ECO801)
  • Healthcare Electronics (Course Code: B20ECO802)

02Major Project Phase – 2 (Course Code: B20EN0801)

Programme Educational Objectives (PEOs)

After few years of graduation, the graduates of B. Tech. (Electronics and Communication Engineering) will be:

PEO-1

To have successful professional careers in industry, government, academia and military as innovative engineers.

PEO-2

To successfully solve engineering problems associated with the lifecycle of Electronics and Communication Systems by communicating effectively either leading a team or as a team member.

PEO-3

To continue to learn and advance their careers through activities such as participation in professional organizations, attainment of professional certification for lifelong learning and seeking higher education.

PEO-4

To be active members ready to serve the society locally and internationally and will take up entrepreneurship for the growth of economy and to generate employment.

Programme Outcomes (POs)

On successful completion of the program, the graduates of B. Tech. (Electronics and Communication Engineering) program will be able to:

PO 1 Engineering knowledge:

Apply the knowledge of mathematics, science, engineering fundamentals for the solution of complex problems in Electronics and communication Engineering.

PO 2Problem analysis:

Identify, formulate, research literature, and analyze engineering problems to arrive at substantiated conclusions using first principles of mathematics, natural, and engineering sciences.

PO 3Design/development of solutions:

Design solutions for complex engineering problems and design system components, processes to meet the specifications with consideration for the public health and safety, and the cultural, societal, and environmental considerations.

PO 4Conduct investigations of complex problems:

Use research-based knowledge including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions.

PO 5Modern tool usage:

Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations.

PO 6The engineer and society:

Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal, and cultural issues and the consequent responsibilities relevant to the professional engineering practice.

PO 7Environment and sustainability:

Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.

PO 8Ethics:

Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.

PO 9Individual and team work:

Function effectively as an individual, and as a member or leader in teams, and in multidisciplinary settings.

PO 10Communication:

Communicate effectively with the engineering community and with society at large. Be able to comprehend and write effective reports documentation. Make effective presentations, and give and receive clear instructions.

PO 11Project management and finance:

Demonstrate knowledge and understanding of engineering and management principles and apply these to one’s own work, as a member and leader in a team. Manage projects in multidisciplinary environments.

PO 12Life-long learning:

Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change.

Programme Specific Outcomes

On successful completion of the programme, the graduates of B.Tech. (Electronics and Communication Engineering) programme will be able to:

  • PSO-1: Isolate and solve complex problems in the domains of Electronics and Communication Engineering using latest hardware and software tools and technologies, along with analytical and managerial skills to arrive at cost effective and optimum solutions either independently or as a team.
  • PSO-2: Implant the capacity to apply the concepts of electronics, communications, signal processing, VLSI, embedded systems, etc. in the design, development and implementation of application oriented engineering systems.
  • PSO-3: Design, Model, Analyze and Build Electronics and Communication Systems to solve real life and industry problems.

Career Opportunities

The graduates in Electronics and Communication Engineering have various career opportunities in defence services, telecommunications services, embedded systems development, electronic and hardware manufacturing, VLSI design, software development, power sector, TV industry, music industry, automobiles, space communications, IT, home appliances development, electronic security systems, mobile phones testing and development, communication protocols development, optical communications development, etc.

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